Agenda

• Agenda

 

Meeting Presentations

• Development of Metal-N-H Sytems for Hydrogen Storage (PDF 4.02MB)
  P. Chen, National University of Singapore

• High Pressure Metal Hydride Tank for Fuel Cell Vehicles (PDF 1.10MB)
  D. Mori, Toyota

• Overview of the State-of-the-Art in Hydrides (PDF 2.93MB)
  A. Züttel, Institute for Renewable Energy Switzerland & Solid State Physics of Energy Storage Systems

• Alantes as Potential Hydrogen Storage Materials - State of the Art and Perspectives (PDF 4.16KB)
  F. Schüth, B. Bogdanovic, M. Felderhoff; MPI fürKohlenforschung, Mülheim

• Experimental Investigations of Heat and Mass Transfer Processes in Metal Hydride Porous Bed of Hydrogen Storage and Purification Unit (PDF 890KB) 
  V. Borzenko, D. Dunikov, S. Malyshenko; Institute for High Temperatures of Russian Academy of Sciences

• Destabilized and Mixed Complex Hydrides (PDF 1.69MB)
  S. Orimo, Y. Nakamori; Tohoku University

• Isolated Metal Molecules for Hydrogen Storage: Predicted MH12 Species (PDF 689KB) 
  L. Gagliardi; University of Palermo, Italy

• Hydrogen Storage in Hydrides for Safe Energy Systems (PDF 4.93MB)
  D. Fruchart

• Stationary Storage of Hydrogen: Modified Titanium-Based Alloys (PDF 885KB )
  S. Mitrokhim, Lomonosov Moscow State University

• Development of Mg-SWNT System for Hydrogen Storage (PDF 2.66MB)
  H.-M. Cheng, Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences

• Off-Board Storage & Stationary Applications (PDF 869KB)

• Theoretical Study of Hydrogen: Carbon Nanotubes and Nanoscrolls (PDF 1.82MB)
  G. Froudakis; University of Crete, Greece

• Hydrogen Storage with Carbon Materials - Quo Vadis? (PDF 591KB)
  G. Pez, Air Products and Chemicals, Inc.

• Towards High wt%, Room Temperature Reversible, Carbon-Based Hydrogen Adsorbents (PDF 1.49MB)
  S. Zhang, National Renewable Energy Laboratory

• Carbon-Based Materials, High Surface Area Adsorbents and Novel Concepts (PDF 233KB)

• Organic Hydrides for Carrying Hydrogen (PDF 2.67MB)
  Y. Saito, Tokyo University of Science

• Off-Board Storage, Stationary Applications, Hydrogen Transport (PDF 264KB)

• Chemical Hydrogen Storage - 12 Posters (PDF 196KB)

• Production of Sodium Borohydride in Iceland (PDF 393KB)
  H. P. Ingolfsson & J. B. Skulason, Iceland New Energy
  G. Gunnarsson & I.Thorbjornsson, IceTec
  Y. Wu & M. Kelly, Millennium Cell Inc.

• Technical-Economical Assessment of Sodium Borohydride as an Energy Carrier (PDF 324KB)
  K. Barral, Air Liquide

• Mechanistic Studies of Hydrogen Formation from Amine-Borane (NH3BH3) Complexes (PDF 3.36MB) 
  R.S. Smith, B.D. Kay, L. Li, N. Hess, M. Gutowski, B. Schmid, & T. Autrey; Pacific Northwest National Laboratory

• Approaching DOE Hydrogen Storage Long-Term Goals (PDF 728KB)
  P.P. Prosini, C. Cento, M. Conte, P. Gislon, M. Brucco; IDROCOMB-ENEA

• Hydrogen Storage and Delivery by Reversible Hydrogenation of Liquid-Phase Hydrogen Carriers (PDF 1.19MB)
  A. Cooper, Air Products and Chemicals

• Wrap-Up and Next Steps (PDF 408KB)

 

Meeting Posters

• Poster Summary (PDF 40KB)

• Reversible On-Board Storage: Metal Hydride R&D (PDF 256KB)

• Novel Approaches for On-Board Chemical Hydrogen Storage (PDF 3.32MB)

• Borohydrides for Hydrogen Storage. Thermolysis or Hydrolysis Advantages and Disadvantages (PDF 323KB)

• Investigation of Substituted Ammonia Boranes for Chemical Hydrogen Storage (PDF 737KB)

• Hydrogen Storage Progress in the GM Global Research Network (PPT 418KB)

• Microscopic Investigation of Hydrogen Storage Materials (PDF 602KB)

• Modeling and Optimization of Hydrogen Solid Storage Systems (PDF 437KB)

• High-Pressure Techniques Applied to the Synthesis and Characterization of Light Metal Hydrides (PDF 309KB)

• Optimization of SWNT Production and Theoretical Models of H2-SWNT Systems for Hydrogen Storage (PDF 2.15MB)

• Conducting Polymers as New Materials For Hydrogen Storage (PDF 1.83MB)

• Hydrogen Storage in Microporous Materials: Computational and Spectroscopic Studies of the Interactions (PDF 259KB)

• The Potential of Aluminum Hydride for Vehicular Hydrogen Storage (PDF 3.76MB)

• Transformation Mechanisms of Alanate Composites (PDF 124KB)

• Scientific Instruments and Services for Hydrogen Technologies (PDF 12.5MB)

• Mechanism of Hydrogenation Reaction of Li-Mg-N-H System Composed of 8LiH and 3Mg(NH2)2 (PDF 385KB)

• Hydrogen Storage Properties of Li-C-H System (PDF 601KB)

• Composite Materials Composed of Light Elements for Hydrogen Storage (PDF 443KB)

• Catalytic Effect of Zr and Hf on Hydrogen Absorption/Desorption of NaAlH4 and LiAlH4 (PDF 352KB)

• Discovery Of Novel Complex Metal Hydrides For Hydrogen Storage Through Molecular Modeling And Combinatorial Methods (PDF 362KB)

• Factors Affecting Hydrogen Release from Lithium Alanate (PDF 298KB)

• Structures and Effect of Additives in Alanates (PDF 249KB)

• Hydrogen Absorption from Gas Mixture in a Metal-Hydride Reactor: Mathematical Model and Numerical Results (PDF 960KB)

• Neutron Scattering Studies on Doped and Undoped Sodium Alanates (PDF 210KB)

• Baseline Studies on the Effect of Gaseous Impurities on Long-Term Thermal Cycling and Aging Properties of Complex Hydrides for Hydrogen Storage/Low Temperature Neutron Diffraction and High Pressure Experiments on Li – Based Complex Hydrides (PDF 1.08MB)

• Study of Mg-Based Materials to be Used in a Functional Solid State Hydrogen Reservoir for Vehicular Applications (PDF 201KB)